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2 ;"Elektronegativit 2 ;"Eine Taste" 2 "Ordnungszahl 2 weite, dringen" 2 1983 by Gerd K 1 t: Gruppe I = Alkali 1 rme- und Stromleiter": 1 nig >>> ": 1 ersten Schale be- finden sich aber nie mehr als 1 ere Reich-" 1 er QUECK- SILBER, das ist fl 1 ckgehalten " 1 Nichtmetalle 1 Mendelejew 1 Lothar Meyer 1 Chemie 1 BD 0D<DD@D@ 1 ;"aktiv sind 1 ;"Wollen Sie eine"; 1 ;"Weitere Metalleigenschaften:"; 1 ;"Strahlenart "; 1 ;"Radioaktive Strahlung": 1 ;"Radioaktive Isotope": 1 ;"Ordnungszahl : ";b$: 1 ;"Isotope radio- "; 1 ;"Informationen": 1 ;"Hardcopy?"; 1 ;"Fortsetzung 2": 1 ;"Fortsetzung 1": 1 ;"Elemente, deren "; 1 ;"Element-Information": 1 ;"Element-Infomation" 1 ;"Elektronen-Anzahl": 1 ;"Elektronen, die 1 ;"Das Periodensystem der Elemente " 1 ;"Atomgewicht : ";b$: 1 ;"-> G = Erl 1 ;"-> F = Radioaktive Strahlen" 1 ;"-> E = Elektonegativit 1 ;"-> D = Elektronen-,Protonen- 1 ;"-> C = Anzahl der Bindungselek 1 ;"-> B = Elemente, deren Isotope 1 ;"-> A = Angaben zum Element" 1 ;" Symbol "; 1 ;" Reichweite 1 ;" Chemie " 1 ;" Auf der 1 ;" U "; 1 ;" TH "; 1 ;" TC "; 1 ;" RN "; 1 ;" RA "; 1 ;" PO "; 1 ;" PM "; 1 ;" PA "; 1 ;" NP "; 1 ;" NO "; 1 ;" MD "; 1 ;" LR "; 1 ;" KU "; 1 ;" FR "; 1 ;" FM "; 1 ;" ES "; 1 ;" CM "; 1 ;" CF "; 1 ;" BK "; 1 ;" AT "; 1 ;" AM "; 1 / wobei n die Schalennummer ist. Beispiel: 1 "Zirkonium","ZR","40","91.22","1.4","4" 1 "Zinn","SN","50","118.69","1.8","5" 1 "Zink","ZN","30","65.37","1.6","2" 1 "Yttrium","Y","39","88.905","1.3","3" 1 "Ytterbium","YB","70","173.04","1.1","16" 1 "Xenon","XE","54","131.3","0","0" 1 "Wolfram","W","74","183.85","1.7","6" 1 "Wismut","Bi","83","208.98","1.9","5" 1 "Wasserstoff","H","1","1.00797","2.1","1" 1 "Vanadin","V","23","50.942","1.6","5" 1 "Uran","U","92","238.03","1.7","6" 1 "Titan","TI","22","47.9","1.5","4" 1 "Thulium","TM","69","168.934","1.2","15" 1 "Thorium","TH","90","232.038","1.3","4" 1 "Thallium","TL","81","204.37","1.8","3" 1 "Terbium","TB","65","158.924","1.2","11" 1 "Tellur","TE","52","127.6","2.1","6" 1 "Technetium","TC","43","99","1.9","7" 1 "Technetium 1 "Tantal","TA","73","180.948","1.5","5" 1 "Strontium","SR","38","87.62","1","2" 1 "Stickstoff","N","7","14.0067","3","5" 1 "Stibium","SB","51","121.75","1.9","5" 1 "Stannum","SN","50","118.69","1.8","5" 1 "Silicium","SI","14","28.068","1.8","4" 1 "Silber","AG (Argentum)","47","107.87","1.9","5" 1 "Sie ordneten die Elemente nach ihrem ATOMGEWICHT und ihren 1 "Selen","SE","34","78.96","2.4","6" 1 "Schwefel","S","16","32.064","2.5","6" 1 "Scandium","SC","21","44.956","1.3","3" 1 "Sauerstoff","O","8","15.9994","3.5","6" 1 "Samarium","SM","62","150.35","1.2","8" 1 "Ruthenium","RU","44","101.07","2.2","8" 1 "Rubidium","RB","37","85.47","0.8","1" 1 "Rhodium","RH","45","102.905","2.2","9" 1 "Rhenium","RE","75","186.02", 1 "Radon","RN","86","222","0","0" 1 "Radium","RA","88","226.05","0.7","2" 1 "Quecksilber","HG","80","200.59","1.9","2" 1 "Protactinium","PA","91","231","1.5","5" 1 "Protactinium "; 1 "Promethium","PM","61","146","0","7" 1 "Promethium 1 "Praseodym","PR","59","140.907","1.1","5" 1 "Polonium","PO","84","210","2","6" 1 "Plutonium","PU","84","210","2","8" 1 "Plumbum","PB","82","207.19","1.8","4" 1 "Platin","PT","78","195.09","2.2","10" 1 "Phosphor","P","15","30.9738","2.1","5" 1 "Palladium","PD","46","106.4","2.2","8" 1 "Oxygenium","O","8","15.9994","3.5","6" 1 "Osmium","OS","76","190.2","2.2","8" 1 "Nobelium","NO","102","254","0","16" 1 "Nitrogenium","N","7","14.0067","3","5" 1 "Niob","NB","41","92.906","1.6","5" 1 "Nickel","NI","28","58.71","1.8","10" 1 "Neptunium","NP","93","237","1.3","7" 1 "Neptunium 1 "Neon","NE","10","20.183","0","0" 1 "Neodym","ND","60","144.27","1.2","2" 1 "Natrium","NA","11","22.9898","0.9","1" 1 "Molybdaen","MO","42","95.94","1.8","6" 1 "Mendevelium","MD","101","256","0","15" 1 "Mendelevium 1 "Mangan","MN","25","54.9381","1.5","7" 1 "Magnesium","MG","12","24.312","1.2","2" 1 "Lutetium","LU","71","174.97","1.2","3" 1 "Lithium","LI","3","6.939","1","1" 1 "Lawrencium","LR","103","257","0","3" 1 "Lawrencium 1 "Lanthan","LA","57","183.91","1.1","3" 1 "Kurtschatovium","KU","104","264","0","4" 1 "Kurtschatovium "; 1 "Kupfer","CU","29","63.54","1.9","11" 1 "Krypton","Kr","36","83.7","0","0" 1 "Kohlenstoff","C","6","12.01115","2.5","4" 1 "Kobalt","CO","27","58.9312","1.8","9" 1 "Kalium","K","19","39.102","0.8","1" 1 "Jod","J","53","126.9044","2.5","7" 1 "Iridium","IR","77","192.2","2.2","9" 1 "Indium","IN","49","114.82","1.7","3" 1 "Hydrogenium","H","1","1.00797","2.1","1" 1 "Hydrargyrum","HG","80","200.59","1.9","2" 1 "Holmium","HO","67","164.93","1.2","13" 1 "Helium","HE","2","4.003","0","0" 1 "Hafnium","HF","72","178.49","1.3","4" 1 "Gold","AU (Aurum)","79","196.967","2.2","11" 1 "Germanium","GE","32","72,59","1.8","4" 1 "Gamma-Strahlung: ist keine Teil- chenstrahlung. Sie besteht 1 "Gamma-Strahlen 1 "Gallium","GA","31","69.72","1.6","3" 1 "Gadolinium","GD","64","157.25","1.1","10" 1 "Francium","FR","87","223","0.7","1" 1 "Fluor","F","9","18.9984","4","7" 1 "Ferrum","FE (Eisen)","26","55.847","1.8","8" 1 "Fermium","FM","100","253","0","14" 1 "Europium","EU","63","151.96","9","?" 1 "Erbium","ER","68","167.26","1.2","14" 1 "Element? (kein Symbol): ";d$ 1 "Element? (kein Symbol) : ";d$: 1 "Element? (kein Symbol) : ";d$ 1 "Elektronegativit 1 "Eisen","FE","26","55.847","1.8","8" 1 "Einsteinium","ES","99","254","0","13" 1 "Einsteinium 1 "Dysprosium","DY","66","162.5","0","12" 1 "Curium","CM","96","247","0","10" 1 "Cobaltum","CO","27","58.9312","1.8","9" 1 "Chrom","CR","24","51.996","1.6","6" 1 "Chlor","CL","17","35.453","3","7" 1 "Cer","Ce","58","140.12","1.1","4" 1 "Carbon","C","6","12.01115","2.5","4" 1 "Californium","CF","98","250","0","12" 1 "Californium 1 "Calcium","CA","20","40.08","1","2" 1 "Caesium","CS","55","132.905","0.7","1" 1 "Cadmium","CD","48","112.4","1.7","2" 1 "Brom","BR","35","79.909","2.8","7" 1 "Bor","B","5","10.811","2","3" 1 "Blei","PB","82","207.19","1.8","4" 1 "Bismuthum","BI","83","208.98","1.9","5" 1 "Beta-Strahlung : ist eine Teil- 1 "Beta-Strahlen 1 "Beryllium","BE","4","9.0122","1.5","2" 1 "Berkelium","BK","97","249","0","11" 1 "Berkelium 1 "Barium","BA","56","137.34","0.9","2" 1 "Aurum","AU (Gold)","79","196.967","2.2","11" 1 "Astatin","AT","85","211","2.2","7" 1 "Astat(in) 1 "Astat","AT","85","211","2.2","7" 1 "Arsen","AS","33","47.9216","2","5" 1 "Argon","AR","39.944","0","0" 1 "Argentum","AG (Silber)","47","107,87","1.9","5" 1 "Anzahl der Protonen : ";b$ 1 "Anzahl der Elektronen : ";b$ 1 "Antimon","SB","51","121.75","1.9","5" 1 "Americium","AM","95","243","1.3","9" 1 "Americium 1 "Aluminium","AL","13","26.9815","1.5","3" 1 "Alpha-Strahlung: ist eine Teil- 1 "Alpha-Strahlen 1 "Alle Metalle sind bei Zimmer- temperatur fest, au 1 "Actinium","AC","89","227","1.1","3" 1 " Ein Atom kann bis zu sieben Schalen besitzen (Schale = Um- laufbahn der Atome). Die Anzahl der Elektronen auf jeweiligen Schalen berechnet sich aus der Formel 1 " Die Elemente teilt man in 1 " Die Elemente in derselben Gruppe des PSE werden unter 1 " Das Periodensystem der Ele- mente wurde von 1 wechsel durchf 1 webe ein." 1 und in ein Elektron umgewan- delt. Das Elektron wird als 1 tronen, die bei einer 1 radioaktiv sind" 1 nen nur durch" 1 nannt. Sie k 1 gleichzeitig 1869 entwickelt. 1 geringe Reich-" 1 genstrahlen ge-" 1 einem bestimmten Namen zusammen-gefa 1 ein Neutron in ein Proton 1 dicke Blei-oder" 1 chenstrahlung (ELEKTRONEN- 1 chen-Strahlung. Sie besteht 1 bei einer chem. 1 aus HOCHENERGETISCHEN ELEK- 1 aus 2 HE-Kerne." 1 auch harte R 1 abgestrahlt." 1 TROMAGNETISCHEN WELLEN." 1 STRAHLUNG). Im Atom wird 1 Reaktion einen Platz- 1 Reaktion einen 1 Platzwechsel aus- 1 PHYSIKALISCHEN und CHEMISCHEN Eigenschaften ein. Die waagrech-ten Spalten nennt man Perioden, die senkrechten Spalten nennt man Gruppen.": 1 Metallglanz 1 Gruppe VIII= Edelgase" 1 Gruppe VII = Halogene 1 Gruppe III = Borgruppe 1 Gruppe VI = Sauerstoff 1 Gruppe IV = Kohlenstoff 1 Gruppe II = Erdalkali 1 Gruppe V = Stickstoff 1 Betonschichten" 1 B-strahlung aus dem Kern 1 8 cm ins Gewe-" 1 8 Elektronen!!! 1 0.1 mm ins Ge-" 1 *** Chemie *** 1 Auf der 3. Schale be- finden sich 18 Elektronen